SHORT ANSWER: Answer the following prompt using complete sentences and and correct grammar. Points will be deducted if 1) correct grammar and composition is not used, 2) bulleted or numbered lists are used, 3) if your answer is incomplete.  PROMPT: Briefly discuss the three principle catabolic pathways we studied in Chapter 9. Not the steps in these pathways, the pathways themselves. Include in your response two ways in which these three metabolic pathways are similar.    

Which of the following can measure relatively low-intensity radiation levels and give accurate measures of radiation dose rates around an implanted patient and inside/outside a patient room?

Use the information below to answer the following question. The following model represents a metabolic pathway as described in your text:     E1        E2         E3           E4 A —-> B —-> C —-> D —-> E In this model, what is represented by the letter E2? 

Which of the following is denoted by the letter “P”?LINAC DIAGRAM  

IF: A new DNA strand elongates only in the 5′ to 3′ direction THEN:

IF: Cytosine makes up 42% of the nucleotides in a sample of DNA from an organism THEN: Approximately what percentage of the nucleotides in this sample will be thymine?

In E. coli, there is a mutation in a gene called dnaB that results in a non-functional helicase protein. Which of the following would you expect as a result of this mutation?

This protease inhibitor is a large protein involved in coagulation pathways and is not an acute phase reactant.  It is elevated in nephrotic syndrome.

How does LET relate to the biological effects of different types of radiation?

Solve the equation.                8x-15=8(9)+1